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Construction Tech Review | Monday, September 28, 2020
In simple terms, the Internet of Things (IoT) is the allocation of unique identifiers to physical objects.
Fremont, CA: Connected IoT devices can participate in a new type of digital ecosystem, where they can be managed intelligently to save the energy within a building or even within a city. For example, within an electricity grid, connected devices can be monitored to match the variable loads generated by renewables. IoT devices can be integrated within all types of devices that consume energy, like lamps, switches, televisions, or power outlets. IoT devices can effectively communicate with the utility supply companies to balance energy usage and power generation. Users can also remotely control IoT devices and centrally manage them with the help of a cloud-based interface.
Smart buildings
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Digitalization offers people with higher possibilities to conceive, monitor, design, implement and assess a more significant human activity range. IoT represents another step as it paves the way to new services that are more user-centric and more focused on improving the user environment and interacting with more elements of this ecosystem in a simpler method. The probability of IoT in buildings lies in enhancing the building user experience and optimizing the building operation in sophisticated buildings. Looking from an energy point of view, IoT has a substantial potential to accelerate the transition from a centralized energy system to a decentralized network, where buildings are producers and consumers both and can even decide when they can act as one or the other.
[vendor_logo_first]The Internet of Things (IoT) has first materialized through controls In the field of buildings, for instance, sensors for room temperature sensing, electrical power measuring, and actuators for ventilation, heating, and air conditioning (HVAC). Their usage has become standard and involves a huge range of stakeholders, including designers, operators, integrators, and users.
Some of those controls can be automated in complex buildings, for example, via programmable logic controllers (PLC) to execute building automation. Optimizing building controls can increase comfort in the building and save energy, either automatically or by providing feedback on building occupant behavior. IoT plays an essential role in saving energy as in buildings it becomes more complex, for instance, when a building has a substantial energy consumption because of electric vehicles, electricity generation capacity via photovoltaic panels on the roof, heating capacity from a heat pump, or storage capacity via a hot water tank or batteries. IoT contributes massively to improve the combined efficiency of complex buildings by optimizing them.
IoT focuses on Things, enabling better operation of appliances, including the remote control, energy use metering, diagnosing, performance monitoring, and so on.
See also: Top IoT Companies
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